Ubiquinol Powder Reduced Coenzyme Q10 CAS 992-78-9
What is reduced coenzyme Q10?
Reduced coenzyme Q10 is a substance that exists naturally in human cells and can be directly absorbed and utilized. However, after taking coenzyme Q10, it needs to be converted into reduced coenzyme Q10 in the body before it can be used by the human body, and the conversion efficiency may decrease with age;
Properties: Reduced coenzyme Q10 is water-soluble, while coenzyme Q10 is fat-soluble;
Biological availability: Since reduced coenzyme Q10 can be directly absorbed and utilized by the human body, its bioavailability is relatively high. However, coenzyme Q10 needs to be converted in the body, and its bioavailability may be affected by the conversion efficiency, which is relatively lower than that of reduced coenzyme Q10;
Mechanism of action: Although both are cell metabolism respiration activators and immune enhancers, reduced coenzyme Q10 acts more directly on the human body in metabolism, and can provide energy, anti-oxidation, and scavenge oxygen free radicals more efficiently;
Ubiquinol VS Ubidecarenone
Works more directly
The key advantage of ubiquinol is different from ubidecarenone on the basis of antioxidant resistance lies in that the human body can directly absorb ubiquinol and directly produce energy, while ubidecarenone cannot be directly used by cells. Ubidecarenone need to be converted into ubiquinol before it can be absorbed by body to produce energy.
Superior absorption
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It shows that absorption of ubiquinol is more efficient than ubidecarenone in healthy human. Ubiquinol has superior absorption. It has 8 times greater absorption than ubidecarenone for some individuals with poor absorption who intake of ubiquinol. |
It indicates that ubiquinol reaches maximum faster in plasma than ubidecarenone. Besides ,ubiquinol works faster than ubidecarenone. |
Good efects
The ubiquinol is also aimed at people over 40 years old and people with chronic health diseases that require high doses. The effect of taking the u biquinol is quite better for old peopel with chronic diseases, such as coronary heart disease, myocardial ischemia, myocardial infarction and other heart disease, cardiovascular and cerebrovascular diseases.
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Reduced Coenzyme Q10 vs. Oxidized Coenzyme Q10: Efficacy and Absorption Comparison
The oxidized form (ubiquinone) is the main form of absorption:
1.The 2015 World Coenzyme Q10 Society Seminar Research (Dr. Judy) pointed out that even if reduced coenzyme Q10 (ubiquinone) is taken, it is almost completely converted to the oxidized form (ubiquinone) before absorption in the small intestine.
2.The human body can convert the oxidized form back to the reduced form during or after absorption to meet physiological needs.
3.The two forms can be converted into each other in the body, and the body will adjust the ratio according to needs.
Absorption advantages of the reduced form (ubiquinol):
1.The bioavailability of reduced coenzyme Q10 is higher, probably because it is easier to absorb.
2.The oxidized form needs to be reduced in the cell to exert its antioxidant effect, while the reduced form can take effect directly in the blood.
Antioxidant effect:
1.Reduced form: directly removes free radicals in the blood and provides immediate antioxidant protection.
2.Oxidized form: It must be converted into a reduced form in the cell before it can exert its antioxidant effect.
Energy metabolism:
- 1.The reduced form participates in the generation of cellular energy (ATP) more quickly because it does not require additional conversion.
Medical field:
The reduced form can be made into an injection (intravenous drip), while the oxidized form is not suitable for this dosage form.
Cosmetic field:
The reduced form is white and easier to formulate into various skin care products; the oxidized form is yellow, which may affect the color of the product.
Conclusion
Although the reduced coenzyme Q10 has advantages in absorption rate and direct antioxidant, the oxidized form is still the main form absorbed by the human body, and the two can be converted into each other in the body. Therefore, which form is better to supplement may depend on the specific purpose (such as rapid antioxidant, energy supplement or specific dosage form requirements).
